ML20205C753

From kanterella
Jump to navigation Jump to search
ANSI B16.41 - 1983,Functional Qualification Requirements for Power Operated Active Valve Assemblies for Nuclear Power Plants
ML20205C753
Person / Time
Site: Hope Creek PSEG icon.png
Issue date: 09/18/1985
From:
Public Service Enterprise Group
To:
Shared Package
ML20205C750 List:
References
PROC-850918, NUDOCS 8509230195
Download: ML20205C753 (12)


Text

.

Attrchnent A Sh. I cf 12 Pin 1ECT: HOE CREEK GENERATING STATION P.O. No. 10855-P-301(0), Itan 1.15 ~*

TKi No. 1BC-HV-EV47A _

ANSI B16.41 - 1983 EUNCTIONAL QUALIFICATION REQUIREMENTS FOR POWER OPERATED ACTIVE VALVE ASSEMBLIES EDR NUCLEAR POWER PLANTS TAG NO.

ITEM P .O. No. l AND ETAIIS REMABKS l

Valve Assenbly Tag No.

1.0 Identify valves raquirirg qua- P-301(0) 18"-GBB-GT-M0-1-BC-HV-F047A lification per this stardard. Iten No.

1.15 Valve Assenbly Consist of :

1.4 Functional Qualification Report is required. a. Valve

b. Motor Actuator (SMB-2-60)

Oualification:

a. Analysis of the valve V.P. 10855-P301(0)-4 41-2.
b. Dynanic test for the Actuator V.P.10855-P301 ard 302-238-1 Generic birder D-2004.
c. Operability (static pull test) of the valve assenbly.

V.P. 10855-P301(0)-4 45-20

" V.P. 10855-P301(0)-582-1 4.0 Functional Specification per NJSI N278.1-1975 check specs.

g9230195850918 E ADOCK 05000354 j l PDR K75/2 l

Attretenent A Sh. 2 of 12 ANSI 278.1 - 1975 l I PROVI2Dl _ PAGEl ITEM IN TEC 2 TAILS NO. l l l l 3.1 Valve Application Characteris_ i tics

a. Power (perate$ Yes it> tor cperated alw.
b. Self-operated -

Not applicable.

I

c. Pressre relief -

Not applicable,

d. Frequent use Yes 600 times.

(500 times over life) l e. Infrequent use -

No

f. Im leakage P302(O) Yes 15
(2 cc/hr/ inch of dia.)
g. Ncminal leakage -

Not applicable.

(10 cc/hr/in)

h. Nonnally open Yes Nonnally open,
i. Nonnally closed -

3.2 Structural Requirenents

a. Design gresswe ard Yes 500 psig/320'F ,

tenperature

b. Nonnal cperatirg pressre Yes 167 psig/120'F ,

j and tenperature

c. Flcw capacity at stated Yes 10.75 GIM .

presswe dif ferential

d. Time-tenperature data Yes Nximum Ramp = 100*F/ hour j for significant thennal i transients, with runber I of cycles (See A9E 4

IB 3500) 1

. e. Seisnic Acceleration ard Yes 4.1 G dynanic loading I I l l K75/2

Attachnent A Sh 3 cf 12 ANSI 278.1 - 1975 I l PROVIED l _ PAGEl .

ITEM IN S)EC E TAILS NO. l l l

f. Ioadirg fran structural -

None supports ard restraints actirg directly on valve.

g. Ebndamental frequenof of - Minimum frequency = 38 Hz e valve assembly.

3.3 Operational Requirenents Anticipated Modes of cperation Yes Normally open fail as is. '

(e.g. open, close, renain as is etc.)

3.3.1 Operating Conditions (Ibwer versus cperatirg and erwirormental)

Specify: number cf cycles dif ferential presstre, systen, fluid, ficw, imposed loads, tenperature for follcwirg cperations:

~

a. Installation Testirg ) Precperational ard startup,

) testirg is done to check

b. Systen Hydrostatic Testirg ) different systens ,

)

c. Precperational testirg )

)

d. Start-up testirg ')

)

e. Normal ard Abnormal )

includirg Accident Conditions l )

)

f. In-service Testirg ard )

Excercisirg : _

)

Bonnet Presstrization ciae to expansion cf fluid / dry operations l For Check Valve --- - Not applicable Flcw Rate )

) For each cordition' Maximum )

Total Time ) v l  ! (

K75/2

Atttchnint A Sh. 4 cf 12 ANSI 278.1 - 1975 l l l PROVIEDl -

PAGE l ITEM IN fPEC I T TAIIS NO. l l l l 3.3.2 Power Versus operation Conditions

a. Nounal voltage / frequency Yes 460 volt, 60 Hz.

or Maximtun Actuator Fluid )

Presstre (For nonnal cperatirg corditions).

b. High voltage limit / Yes 506 volt, 60 Hz.

freqmncy or Maximum.

Actuator Fluid Presstre mder most severe fmetionl requirenent

c. Iow voltage limit /fre- Yes 345 volt, 60 Hz.

qmncy or minimum Actuator Fluid Presstre tnder most severe tinction require-ne nt.

d. Acc@ table cperatirg Yes 105 secords OperVcime .

time requirenents art; tolerance in each cas-of a, b , c

e. Ibtor cbty requirenents Yes 15 mirutes duty 3.3.2.1 Electrical Power for Valve Actuator (AC/DC, frequency, sirgle Yes Electrical Actuator phase /three phase) AC, 60 Hz, 3 phase .

3.3.2.2 _ Hydraulic and Pnetanatic pwer for Valve Actuators ard Signal Elernents

a. Valve Fluid (Brard nane) -

Not applicable.

b. Fluid Presstre ard -

Tenperature Rarge

c. Limitation cf flow rate l -
d. 'lype ard degree cf fil- -

tration (includirtJ micron size), particles, Dew Point, etc.) ir K75/2 l l

Attachnent A Sh. 5 cf 12 ANSI 278.1 - 1975 l 1 PROVIIED l _

PAGEl' ITIM IN SPEC IETAILS NO. l l

e. Actuator Signal (Type, -

Not applicable .

Rarge, Electric / Pneuma-tic, and required wlve l response with increasirg decreasing signal) 3.3.3 Envirorinent Conditions

a. Atmosphere, includirg Yes 1"(H2O ) , 150'F, 90% RH.

chenistrv presstre, tenperature, htenidity, 1.0 x 107 Rads (Ganma),

radioactivity for nonnal cperatirg cordition ard j their & ration.

b. Presstre, Tenperature, Yes 20 psig, 340*F,1004 RH; HL:nidity, Radioactivity l for abnonnal corditions 5.1 x 107 Rads (Ganna),

ard their cbration.

3.4 Seat Leakage Limits Seat leakage limits for valves shall be identified as follcws:

a. Acceptance leakage -

Not applicable .

limits for safety reliefl valves shall be speci-fled as to limits at percentage cf set point.

b. Acceptance leakage Yes 2 cc/ inch / hour ,

limits for main closure l elenent for valves identified as "lcw leakage" and "noninal leakage" shall be as chafined in stbparajraphsl 3.1.2 ard 3.1.3.

c. As @plicable, the Yes d P=500 psi Bidirectional.l direction cf leakage ard presstre differential shall be identifial.

l l l l l K75/1

Attachnent A Sh. 6 cf 12 ANSI 278.1 - 1975 l - l PROVITDl PAGEl ITIM IN TEC E TAIIS NO. I 1 l l 3.5 Pressure Relief Valve Characteristics For tresstre relief valves the follwirg, as applicable, shall be specified:

a. Fluid -

Not applicable,

b. Set tresstre
c. Set gressre rarge
d. Set gresstre tolerance
e. Disharge capacity with die allowance for the ef fect of the back gresstre on the capa-city
f. Overpresstre (presstre increase cuer the set presstre)
g. Bicwdown (difference between actual poppirg gresstre ard actual reseatirg presstre)
h. Static ard dynanic back tresstre, minimum ard r:aximtun
i. Response time (maximum time delay between attairment cf set pres-stre or reception cf thel energizirg signal by the mienoid ard wilve lift) u 3.6 Special Material Require-ments Unique material requirenentsl Yes Refer to Sec. 4.3 of 7-9 of the valve, actuator ard actuator 10855-P-302(Q) Specifi-controls shall be specified. Itens cation ,

to be considered shall include, but not be limited to the follcwirg.

l l K75/2

Attachment A Sh, 7 cf 12 ANSI 278.1 - 1975 l _ l PROVITDl pre l ITIM IN TEC T TAIIS NO. l l

a. Unacceptable part or Yes Refer to Specification 7-9 trim naterials 10855-P-302(Q) .
b. Halogen limits for gaskets ard packirg
c. Limitations on nonfer-rcus materials, internal (wetted) or etternal
d. Special steface gepa-rations or coatirgs requirai
e. Unustal process fluid chenistry i

l K75/2

. - ~ . - --

- Attrchm!nt A Sh. 8 cf 12 ANSI - B16.41 - 1983 CRITERIA ,

ITEM ET DETAIIS_

l l 5.0 Ebnctional Qualification Yes 1. Valve assembly qtalification Requirements by test or analysis.

2. Actuator is qtalified to Qualification by test, ana- IEEE 382-72.

lyses or conbination, Valve Actuator- 3. Static pull ard flow tests qtalification per IEEE382. Ebnctional l for the assenbly wre dons Qualification shall chmonstrate

a. Valve sealirg capability Yes
b. Cold c/clic cperability Yes
c. Hot cyclic cperability No
d. Operability tnder maxi- - Not applicable.

num pipe reaction erd-loading

e. Operability durirg ard ~) Dynanic test cf actuator ard af ter seisnic incident ) static pull test cf assenbly,
f. Operability durirg ard }-Yes vibration agirg cf the actte af ter vibratory disturb- ) ator.

ances. -

)

g. Flcw interruption capa- No bility
h. Adequacy of materials Yes to survive erwirormental ard agirg effects 5.1 Qualification of Parent Valve Assenblies Eunctional tests qtalify the Yes 1. Dynanic test for the motor valve assembly for test orientations. cperated actuator was done stccessfully.

5.1.1 Test Plan Yes 5.1.2 Testing Yes 2. Static pull tests .

Installation for test orienta- Qualifiai in pecper orientation.(

tation.

5.1.2.3 Test Sequerice Individual tests within a Partially numerical gecupirg any be corducted met in ary sequence. The test shall be corducted in grcup sequence listed belcw.

K75/2

Attachment A Sh. 9 cf 12 ANSI - B16.41 - 1983 ,

CRITERIA ITIM ET ETAIIS l l 5.1.2.3 Test Sequence (Cont'd)

Group 1

a. Isakage Yes Pre <perational tests have been
b. Cold cyclic done stz:cessfully, Group 2
a. Hot Cyclic No ---
b. End Ioadirg -

Not @plic61e.

c. Exploratory vibration l~) Natural freq'ancy fbr actuator
d. Vibration Erdurance )-Yes by test ard 17r valw assembly
e. Seisnic _

) by analysis. Vibration

f. Flcw Interruption No agirg test for actuators.

Capability Analysis for valw seisnic test i for cperator ard static pull Group 3 : Cold Cyclic Yes test for valw assenbly.

Group 4 Ledage Yes 5.1.2.4 Enviromental and Aging Yes per IEEE-382.

5.1.3 Inspection Pretest inspection Yes Done for seisnic test .

Intermediate Inspection Post-test Inspection 5.1.4 Reports Partially Seisnic test / analysis r@ orts, met 5.2 Qualification of Candidate l Valve Assenblies Establish similarity Not applicable ,

between parent ard cardidate valw 3 assemblies per Annex J.

J2.1 Diameter between 50% to 2006, presstre ratirg between 90% to 2004 of parent valw assenbly. u l

K75/2

Attachnent A Sh.10 d 12 ANSI STD B16.41 - 1983 CRITEMA -

ITEM ET IETAIIS l

J2.2 a. Valves are d klenti- -

Not applicable ,

cal type

b. Actuator ard accesso-ries may be different type tut perfonnance paraneters satisfy requirenents d Annec J
c. Dimensional ratio cf basic body shape dif- l fer by not more than 25%
d. Dimensional ratio cf basic sections are evaluatal
e. Taper argles stbstan-tially equal
f. Sten Packirg is in similar geanetric form
g. Ratio cf calculated stalled thrust ard/or I torque cf the actua-tor to conpressive ard/or torsional yield strergth cf sten is no greater than forl parent valve assembly
h. Ratio cf ratal thrust l cf actuator to required sten thrust not less than for parent valve assenbly
i. Average closure velo-city of parent valve

> that cf candidate

~valve. o K75/2

- ~-

rm . .: v t uafua Attachnent A Sh 11 d 12 ANSI SID B16.41 - 1983 CRITEMA -

ITIM ET [E'IAIIS l

J2.2 (Cont'd)

j. Smallest cf ratios Not applicable ,

shall be used to detennine limitirg nultiple cf qualifi-cation seisnic lod

1) Sten deflection argle
2) Relative yoke to l sten stiffness
3) Highest calculate $

yield streryth

k. Metted d mountirg actuator is similar
1. Attached fmetional accessaries mounted similarly
m. Differences in mate-rials are acceptable, l Ircuided
1) Adjust qtalifica-tion ratirg based on relative yield strergth
2) Due consideration l given to fme- l tional perfonnancel capabilities.

J.3 Candidate Valve Testing If all requirenents of J2.1, J2.2 are met - no test required.

J3.3 If J2.2(b), (f), (h), (i) are not satisfied, test required are valve leakage, cold ard hot cyclic, Flot Interruption. Y l l I K75/2 . ___. . . - _ . . -

]

Attretunent A Sh.12 of 12 ANSI SID B16.41 - 1983__

i CRITERIA i ITIM ET IETAIIS 1

J3.4 If J2.2(g) is nct satis- Not applicable .

fied, Cold Cyclic Test Required.

J3.5 If J2.2(j), k ard or (1) are not satisfied, Doloratory vibration test seisnic test, Endurance Tests are rquired.

J3.6 1) Detennine fmdamental l frequency of Parent ard Candidate valve Assenblies

2) If fmdamental fre-qwncy of cardidate valve assenbly

< 33HZ, Seisnic test required per IEEE-382 J3.9 If any of J2.2(a), (c),

(d ) , (e), or (m) are not satis-fled, conplete nei qmlification shall be made. o

't l l l

. K75/2

. - . ,_ _ __